27 results on '"Hof J"'
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2. Dose rate, mitotic cycle duration, and sensitivity of cell transitions from G1 leads to S and G2 leads to M to protracted gamma radiation in root meristems.
3. Mitotic delay in two biochemically different G1 cell populations in cultured roots of pea (Pisum sativum).
4. Metabolism and the prolonged retention of cells in the G1 and S period of the mitotic cycle of cultured pea roots.
5. Dependence of energy and aerobic metabolism of initiation of DNA synthesis and mitosis by G1 and G2 cells.
6. Recovery enhancement of G1 and G2 meristematic cells in excised pea roots during an induced postirradiation stationary phase.
7. Cell arrest in G2 in root meristems: a control factor from the cotyledons.
8. The action of IAA and kinetin on the mitotic cycle of proliferative and stationary phase excised root meristems.
9. Changes in polysome activity related to radiation-induced mitotic delay in synchronized root meristem cells.
10. Studies on the control of mitotic activity: the effect of respiratory inhibitors on mitotic cycle time in the root meristem of Pisum sativum.
11. Cell population kinetics of Pisum root meristem cells during and after a mitotic-inhibitory exposure to protracted gamma-irradiation.
12. Control of cell progression through the mitotic cycle by carbohydrate provision. I. Regulation of cell division in excised plant tissue.
13. Some kinetic aspects of recovery of G1 and G2 cells in stationary-phase excised pea roots.
14. Mitotic delay and the regulating events of plant cell proliferation: DNA replication by a G1-S population.
15. A relationship between DNA content, nuclear volume, and minimum mitotic cycle time.
16. Control points within the cell cycle
17. RECOVERY ENHANCEMENT OF G$sub 1$ AND G$sub 2$ MERISTEMATIC CELLS IN EXCISED PEA ROOTS DURING AN INDUCED POSTIRRADIATION STATIONARY PHASE.
18. MITOTIC DELAY AND THE REGULATING EVENTS OF PLANT CELL PROLIFERATION: DNA REPLICATION BY A G1/S POPULATION.
19. SOME KINETIC ASPECTS OF RECOVERY OF G$sub 1$ AND G$sub 2$ CELLS IN STATIONARY-PHASE EXCISED PEA ROOTS.
20. POSTIRRADIATION HYPOXIA AND THE RECOVERY OF G$sub 1$ AND G$sub 2$ CELLS AND DNA SYNTHESIS IN CULTURED ROOT MERISTEMS.
21. DISCREPANCIES IN MITOTIC CYCLE TIME WHEN MEASURED WITH TRITIATED THYMIDINE AND COLCHICINE
22. INHIBITION OF MITOSIS IN PISUM ROOT MERISTEMS BY CONTINUOUS GAMMA RADIATION: THE INFLUENCE OF TEMPERATURE ON THE SYNTHESIS OF DNA, RNA, AND PROTEIN DURING INHIBITION.
23. CELL POPULATION KINETICS OF PISUM ROOT MERISTEM CELLS DURING AND AFTER A MITOTIC-INHIBITORY EXPOSURE TO PROTRACTED GAMMA-IRRADIATION.
24. THE INFLUENCE OF TEMPERATURE OF DNA, RNA, AND PROTEIN SYNTHESIS IN PISUM ROOT MERISTEM CELLS MITOTICALLY INHIBITED BY CONTINUOUS GAMMA RADIATION
25. CELL CYCLE POPULATIONS AND MITOTIC INHIBITION FOLLOWING X-RADIATION
26. THE INFLUENCE OF SUCROSE CONCENTRATION ON THE MINIMUM MITOTIC CYCLE DURATION OF ROOT MERISTEM CELLS IN VITRO
27. DISCREPANCIES IN MITOTIC CYCLE TIME WHEN MEASURED BY TRITIATED THYMIDINE AND COLCHICINE. THE EFFECT OF TRITIATED THYMIDINE ON THE G$sub 1$ PERIOD DURATION
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